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Intelligent Fabric Electronics
Multi-Dimensional Sensors
A single source allowing for increased accuracy, reduced energy dependencies, and lowering overall carbon footprint.
(combining capacitive and resistive in a single sensor)
Clinical trial registration:
Health Monitoring:
Sensor Testing:
When safety requires real-time continuous occupancy detection and passenger classification, rather than AI prediction.
WARNING. This video contains a vehicle accident, and may be inappropriate for some viewers.
While others use AI to sense touch, we use AI to feel.
Feeling vs Seeing
Holding a child gives the experience of life that can be felt more than seen.
Hands On / Off detection
Humans can feel. Technology can only touch.
Occupant Classification
A major automotive challenge, differentiating baby seats from humans.
Feeling vs Seeing
Holding a child gives the experience of life that can be felt more than seen.
1/3
Our new invention.
No edits, buzzwords, or fancy graphics. Just pure raw authenticity.
Radar to detect human VS Studio 1 Labs Sensor
1.1 W : 0.2 W
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Add AI
0.2 W : 0.0 W
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Total Power Consumption
1.3 W : 0.2 W
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Radar uses 600% more power, and still less accurate.
Recreating the Human Touch
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Made with upcycled plastics converted to yarn, resulting in 30% carbon savings.
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Reduction in lifetime energy consumption by12.2 kWh per sensor (equivalent to fully charging 7 cell phones everyday for a year).
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200% improved data rate efficiency with low power operation.
IN THE NEWS
Best Startup Canada Interview
Studio 1 Labs Are Creators of ‘Touch’ Fabric Pressure Sensors
From Bedsheets to PPE: A Canadian Start-up Finds its Place in the COVID Economy
Covid-19: Getting to Grips with Respiration
AUDI Innovation Award 2019
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